def terms_on_domain(self, *args, **kwargs):
graph = dbutil.get_graph()
domain = args[0]
graph = dbutil.get_graph()
u = graph.nodes.match("User", email=self.email)
t = graph.nodes.match("Terms", domain=domain)
ut = Relationship(u, "HAS", t)
return graph.exists(ut)
def merge(*args, **kwargs):
graph = dbutil.get_graph()
user_instance = User(*args, **kwargs)
tx = graph.begin()
n = Node("User", **kwargs)
tx.merge(n, primary_label='User', primary_key='email')
tx.commit()
user_instance.node = user_instance
return user_instance
def log_event(self, *args, **kwargs):
graph = dbutil.get_graph()
tx = graph.begin()
tag = kwargs['tag']
u = graph.nodes.match("User", email=self.email)
e = Node("Event", domain=domain, tag=tag)
r = Relationship(u, "EMANATES", e)
tx.create(e)
tx.create(r)
tx.commit()
def termify_domain(self, *args, **kwargs):
domain = kwargs['domain']
ip = kwargs['ip']
graph = dbutil.get_graph()
tx = graph.begin()
u = graph.nodes.match("User", email=self.email)
if (u.email in official_invites):
t = Node("Terms", domain=domain, ip=ip)
tx.create(Relationship(u, "AGREES", t))
tx.commit()
return True
else:
return False
def activation_on_domain(self, *args, **kwargs):
graph = dbutil.get_graph()
tx = graph.begin()
u = graph.nodes.match("User", email=self.email).first()
a = graph.nodes.match("Activation", domain=xweb.get_domain()).first()
if (u and a):
rlt = Relationship(u, a)
records = graph.run(
"MATCH ( u:User { email:$email} )-[r]-( a:Activation ) RETURN r",
email=self.email,
domain=xweb.get_domain())
recs = records.data()
recslen = len(recs)
if (len(recs) > 0):
return True
else:
return False
else:
return False
def apps_on_domain(self, *args, **kwargs):
graph = dbutil.get_graph()
apps = []
domain = args[0] if args[0] else self.domain
if self.logged_in() and self.activation_on_domain(domain):
records = graph.run(
"MATCH ( a:App )--( d:Domain { url:$url} ) RETURN a",
email=self.email,
url=domain)
apps += [dict(x['a']) for x in records.data()]
elif self.logged_in() and not self.activation_on_domain(domain):
records = graph.run(
"MATCH ( a:App ) WHERE a.identifier='logout' XOR a.type='contingency' RETURN a"
)
apps += [dict(x['a']) for x in records.data()]
else:
records = graph.run("MATCH ( a:App { type:'auth'} ) RETURN a",
email=self.email)
apps += [dict(x['a']) for x in records.data()]
return apps